AES Algorithm Implementation using ARM Processor

AES Algorithm Implementation using ARM Processor

Fast Implementation of AES on Mobile Devices

The Advanced Encryption Standard (AES) became the standard for encryption to protect the sensitive information. With the increasing use of portable and wireless devices and demanding information security needs in embedded systems, prompted efforts to find fast software based implementation of AES encryption/decryption capable of running on resource constrained environment in terms of processor ...

Cache-Access Pattern Attack on Disaligned AES T-Tables

Cache attacks are a special form of implementation attacks and focus on the exploitation of weaknesses in the implementation of a specific algorithm. We demonstrate an access-driven cache attack, which is based on the analysis of memory-access patterns due to the T-table accesses of the Advanced Encryption Standard (AES). Based on the work of Tromer et al. [20] we gather the cachememory access ...

Implementation of AES Algorithm on Micro Blaze Processor in FPGA

In this paper The Advanced Encryption Standard was implemented with pure Hardware. However Field Programmable Gate Arrays (FPGAs) offer a more speed than existing implementations. This research investigates the AES algorithm with regard to 256 bits message length and 192 bits key length. In Spartan3 EDK we implemented the AES algorithm through pipelined architecture through the soft core proces...

Bitsliced implementation of the AES algorithm on GPU

Throughout the years, countless hardware-based and software-level optimizations have been done to improve the performance of cryptographic algorithms. In this poster, we explore the suitability for Graphic Processor Units (GPUs) of optimizations based on the bitslicing software technique. In particular, we explore a novel CUDA implementation of the Advanced Encryption Standard (AES) based on bi...